Lincoln Electric Tandem MIG AD1202-1 Скачать руководство пользователя страница 4

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APPLICATION

4/16

W A V E F O R M   C O N T R O L   T E C H N O L O G Y

T M

Tandem MIG 

Flat and Horizontal Lap Welds 
1.5 mm - 5 mm

Automotive, Tank Fabrication

Flat and horizontal lap welds common to automotive
components like control arms, stub or full chassis
frames, cross members, shock absorbers, struts, 
stabilizer arms and flex axles are performed at welding
travel speeds ranging from 70 - 130 ipm. On thinner
components with metal thickness ranging from 
1.5 - 3 mm, flat and horizontal lap welds are made with
(2) .035” diameter electrodes at travel speeds ranging
from 100 - 130 ipm. Thicker components with metal
thickness from 3 - 5 mm are performed with (2) .045”
diameter electrodes at travel speeds ranging from 
70 - 100 ipm.

Flat and Horizontal Fillet Welds 
3 mm - 6 mm

General Light Gauge Steel Fabrication,
Shipbuilding, Railroad

Light gauge steel fabrication of 3 - 4 mm fillet welds
used to weld structural trusses, farm implements, 
residential and commercial storage systems, 
trash-hauling containers and similar components are
welded with (2) .035” diameter electrodes to produce
welds at travel speeds ranging from 80 - 100 ipm.
Larger 4 - 6 mm fillet welds common to structural
beams, light earth moving equipment, ship stiffeners,
rail cars and similar components are welded with 
(2) .045” electrodes at travel speeds ranging from 
50 - 80 ipm.

Joggle Joints 1.5 mm - 4 mm

Tanks and General Fabrication

Joggle joints require a careful balance of joint fill and
controlled penetration. Tandem MIG provides the 
independent control of both, providing needed joint fill
without excessive penetration. Joggle welds between
1.5 and 3 mm, common to the light tank, truck bodies,
trash-hauling containers and similar components are
welded at travel speeds ranging from 80 - 120 ipm
using (2) .035” diameter electrodes. Larger 3 - 4 mm
joggle joints used in larger tanks and thicker 
containers are performed at welding speeds ranging
from 40 - 80 ipm using (2) .045” diameter electrodes.

High-Speed and High-Deposition Welding

This thin gauge lap weld was made at a 

travel speed of 100 ipm

3/16” (4.8 mm) Horizontal Lap Weld

Using Tandem MIG

For High-Speed Applications

Joggle Weld

6mm Horizontal Fillet

Содержание Tandem MIG AD1202-1

Страница 1: ...e wire GMAW processes INCREASED TRAVEL SPEEDS The combined contribution of two separate welding arcs in one weld pool provides the control to overcome the lack of follow tendencies of single arc proce...

Страница 2: ...would be The two welding arcs that are generated in the Tandem MIG process are electrically isolated from one another and are controlled independently The welding arcs work together generally separate...

Страница 3: ...ol follow speed The trail arc should be kept directly in line with the lead arc and focused on the center of the weld pool The trail wire melting rate typically represents approximately 40 of the proc...

Страница 4: ...rage systems trash hauling containers and similar components are welded with 2 035 diameter electrodes to produce welds at travel speeds ranging from 80 100 ipm Larger 4 6 mm fillet welds common to st...

Страница 5: ...e and multi pass beveled butt welds used in industries fabricating ship hulls earth moving equipment structural platforms pressure vessels beams and similar heavy plate weldments are performed at depo...

Страница 6: ...require the use of larger wire diameters or higher wire feed speeds Both choices will cause an increase in current draw The added current draw creates added penetration that must be managed With a sin...

Страница 7: ...ld porosity The elevated welding currents create weld pool turbulence that can cause root porosity or porosity just below the surface of the weld bead Solution Tandem MIG The two wire electrode config...

Страница 8: ...rocess the two smaller diameter electrodes produce a lower heat input and improved weld pool control when compared to a larger single electrode process attempting to perform similar welds When compare...

Страница 9: ...T R O L T E C H N O L O G Y T M Comparing High Deposition Tandem MIG To Single Wire GMAW Process Deposition Rate Comparison 40 20 30 Single Wire GMAW Lbs Hr Tandem MIG 1 4 Horizontal Fillet 10 Weld Me...

Страница 10: ...the total wire feed In the case where a larger wire diameter is used as a lead for added penetration the lead should represent approximately 60 or more of the total deposition The lead arc can be ope...

Страница 11: ...e added penetration but may produce added spatter The lower CO2 will produce less spatter 3 95 5 Ar O2 is recommended for high speed welding of thin gage material under 3mm The mixture will provide im...

Страница 12: ...ceNet Communication Cables drops 20 in S23383 4 S23383 4 2 F DeviceNet Communication Cables trunk line 19 5 ft S23383 2 S23383 2 1 G Communication cables Power source to wire feeders 25 ft K1785 25 K1...

Страница 13: ...4 0 25 14 14 L 4 0 25 14 14 2 F Fanuc RJ3iB robot and controller Arc tool software 6 4 or above 100 or 120 Series RJ3iB Controller 100 or 120 Series RJ3iB Controller 1 Dual channel DeviceNet board S23...

Страница 14: ...tor driving the feeder mechanism in a sheet metal frame The logic for controlling the wire feeder resides in a PC board inside the robotic power source Tandem MIG High Speed and High Deposition Weldin...

Страница 15: ...num and nickel alloys Custom control of the arc for each wire type and size provide consistent welds time after time These Power Waves are designed to be part of a modular multi process welding system...

Страница 16: ...f arc welding processes Advancements in power electronics digital communications and Waveform Control Technology are the foundation for many of the improvements NEXTWELD brings you a series of Process...

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